Lyocell Fiber (Biobased Cellulose Fiber)

Product Overview
Lyocell fiber, also known as biobased cellulose fiber, is an eco-friendly new type of fiber made from natural plant fibers (such as wood, bamboo, etc.) processed through a green, sustainable process. It is known for its excellent biodegradability and is often referred to as the "green fiber of the 21st century." Lyocell fibers combine the comfort of natural fibers with the strength of synthetic fibers, offering a silky feel and soft drape. Due to its excellent biological properties and eco-friendly features, it has a wide range of applications in various industries.

Product Features

• Eco-friendly:The production process meets environmental standards, and the product is biodegradable, supporting sustainable development.
• Comfortable:Excellent moisture absorption, water retention, and breathability make it comfortable for long wear.
• Antibacterial and Anti-mite:Natural antibacterial properties effectively inhibit the growth of bacteria, mites, and other microorganisms.
• High Toughness:Lyocell fibers are durable and strong, both in dry and wet conditions.
• Luxurious Aesthetic:The smooth surface and fine texture give the fiber a noble and elegant appearance.
• Versatile Touch:Through fiber technology, the tactile experience can range from cotton, wool, to silk, catering to a variety of consumer preferences.

Applications

• Apparel:Used in high-end clothing, underwear, outerwear, offering an elegant and comfortable wearing experience.
• Home Textiles:Ideal for making bedding, pillows, duvet covers, and other home products, providing a soft and comfortable home experience.
• Cosmetic Industry:Used in the production of makeup cotton pads, facial masks, etc., providing a comfortable, breathable, and absorbent material for skincare.
• Healthcare:Applicable for medical bed linens, surgical gowns, masks, gauze, etc., with natural antibacterial effects.
• Other Industries:Widely used in baby hygiene products, wet wipes, nonwoven fabrics, offering excellent breathability and antibacterial properties.